The paper describes an on-going project on modeling of sediment transport in outfalls with special focus on the self-cleansing problem occurring due to the daily flow variations seen in outfalls. The two central elements of the project is the development of the numerical model and a matching physical model in the laboratory. The numerical model covers both sediment transport over bed accumulations as well as transport over clean bottom. The physical modeling emphasizes on measurement of the non-steady removal and transport of welldefined and limited accumulations along the pipe. The paper contains results from both the physical and the numerical modeling. Preliminary conclusions will be given
Sediment Transport Processes and their Modelling Applications is a book which covers a wide range of...
This paper presents a model for the bed surface around an offshore monopile. The model has been desi...
At the request of Mr. J. Bulow Beck, Havnecon A/S the Hydraulics Laboratory at University of Aalborg...
Good data for calibration and validation of numerical models are of high importance. In the natural ...
This paper describes a numerical model of the dilution and disappearance of sewage discharged to the...
The purpose of present work is to establish a quantitative description of a surface plume which is v...
The papers presents some physical experiments with the dilution of sea outfall plumes with emphasize...
The scope of this document is to give an overview on the Danish practice for discharging sewage to t...
The paper is based on data and results obtained during the MAST ll project entitled "Full Scale Dyna...
A numerical model has been used to show how dilution in smaller streams can be effected by unsteady ...
The European Directive on municipal discharges prescribes that discharges of sewage to the sea shoul...
As associated partner, Aalborg University (AU) has participated in different aspectsof "the Zeebrugg...
A numerical model of flow and sediment in secondary clarifiers is presented. The numerical model is ...
The purpose of the project is to establish a better understanding of the development of scour at cir...
This paper describes a laboratory investigation of the separation of suspended solids in a circular ...
Sediment Transport Processes and their Modelling Applications is a book which covers a wide range of...
This paper presents a model for the bed surface around an offshore monopile. The model has been desi...
At the request of Mr. J. Bulow Beck, Havnecon A/S the Hydraulics Laboratory at University of Aalborg...
Good data for calibration and validation of numerical models are of high importance. In the natural ...
This paper describes a numerical model of the dilution and disappearance of sewage discharged to the...
The purpose of present work is to establish a quantitative description of a surface plume which is v...
The papers presents some physical experiments with the dilution of sea outfall plumes with emphasize...
The scope of this document is to give an overview on the Danish practice for discharging sewage to t...
The paper is based on data and results obtained during the MAST ll project entitled "Full Scale Dyna...
A numerical model has been used to show how dilution in smaller streams can be effected by unsteady ...
The European Directive on municipal discharges prescribes that discharges of sewage to the sea shoul...
As associated partner, Aalborg University (AU) has participated in different aspectsof "the Zeebrugg...
A numerical model of flow and sediment in secondary clarifiers is presented. The numerical model is ...
The purpose of the project is to establish a better understanding of the development of scour at cir...
This paper describes a laboratory investigation of the separation of suspended solids in a circular ...
Sediment Transport Processes and their Modelling Applications is a book which covers a wide range of...
This paper presents a model for the bed surface around an offshore monopile. The model has been desi...
At the request of Mr. J. Bulow Beck, Havnecon A/S the Hydraulics Laboratory at University of Aalborg...